Tag: Pneumatics

Pneumatics

  • Inline Air Flow Transmitter FTE120-I

    Inline Air Flow Transmitter | FTE120-I

    R4,614.00 ex vat

    Inline Air Flow Transmitter - Overview

    This inline air flow sensor has multiple diameters to choose from and uses an air volume standard calibration system (sonic nozzle) for flow calibration. Suitable for use in pneumatic systems, compressed air systems, and industrial machinery, as well as various industrial and electronic component processing processes. In industrial automation, accurate measurement of airflow is essential. Users can improve resource utilisation whilst saving manufacturing costs if done correctly. Leakage can also be monitored which enables timely repairs and reduced personnel injuries and accident risks. Airflow can also be measured in pneumatic systems to ensure the stability of airflow in the system and ensure normal system operation.

    Inline Air Flow Transmitter - Features

    • Multiple diameter ( DN10 / DN15 / DN20 / DN25 )
    • Optional multiple output : 4 ... 20 mA / 0 ... 10 V / RS-485 / Frequency / Pulse ( Option )
    • Accuracy : ±2% F.S. , Operating pressure : Max. 10 bar
    • Calibrated by sonic nozzles calibration system
    • Easy installation
    • Polycarbonate housing, aluminium alloy pipe
    • RS-485 programmable software : Data logger / Charts
  • Venturi Thermal Mass Flow Meter FDM06-I

    Venturi Thermal Mass Flow Meter | FDM06-I

    Venturi Thermal Mass Flow Meter - Overview

    This Thermal Mass Flow Meter features a Venturi structure, which guides airflow through a contraction-expansion zone to ensure steady and uniform flow across the sensing element. This flow conditioning structure helps to stabilise the airflow direction and velocity distribution, leading to improved measurement accuracy and consistent sensor output. Suitable for Compressed Air Systems, Pneumatic Systems,  Dryers, Air Consumption Monitoring, and Pipeline Leak Monitoring.

    Venturi Thermal Mass Flow Meter  - Features

    • Precise Measurement: unique Venturi tube structure
    • 2″ LCD Screen: Easily configurable with buttons
    • Shows instant and cumulative measurements
    • Screen rotates 90 degrees for easy viewing
    • Multiple Pipe Diameters Available : (DN15 / DN25 / DN40 / DN50 / DN80 / DN100)
    • Accuracy: ±1.5% F.S., pipeline withstand pressure of 16 bar
    • Multiple Outputs: Analogue output / Relay / RS-485

     

  • Ultrasonic leak and electrical discharge detector TUD-1

    Ultrasonic Leak and Electrical Discharge Detector | TUD-1

    Ultrasonic leak and electrical discharge detector - Overview

    The advanced ultrasonic leak and electric discharge detector effectively detects electric discharges and leaks. It is a portable and compact device, developed to detect leaks and locate sources of electrical discharges. The device receives ultrasound waves that are transmitted through the air and transforms them into acoustic waves that are audible to the human ear. The detector amplifies the received waves and displays them as signals on the LED ruler and in acoustic form through the supplied headphones. Housed in a handy carrying case, the instrument ensures easy and hassle-free transportation. The detector can operate on battery power for up to 20 hours, which allows great mobility and increased area of application. The device has a solid design and is very robust, suitable for use even at -20°C.

    Suitable for:

    • the search for leaks in pneumatic and hydraulic systems
    • sources of electrical discharge to be located on such elements as power grid lines, insulators, generators, transformers
    • leak checks on systems that supply water and gas, such as pipelines, taps, valves, hydraulic components, pumps, compressors
    • diagnostics of the condition of mechanical components, including bearings, gears, drive shafts, pumps, compressors, generators

    Ultrasonic leak and electrical discharge detector - Features

    • Identification of acoustic-wave defects in the range of ultrasounds (40±1) kHz
    • Stepless adjustment of gain
    • Easy & clear interpretation of results visually on the LED scale and acoustically with earphones
    • Additional probes selected for different methods of analysing the leakage spot